F-10 Curriculum (V8)
F-10 Curriculum (V9)
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This resource provides a scaffold for students to complete a design challenge. The design challenge requires students to create a stomp rocket that can travel to a chosen planet in the solar system. The design challenge can also be used to investigate forces and energy. It can be delivered over a number of lessons, or it ...
In this lesson students build a simple Pong game in Scratch and consider the physics involved in the game play. They then apply their understanding of force and motion to design their own video game concept. The resource includes links to downloadable lesson plan, websites, videos, apps and an assessment rubric. The lesson ...
This work sample demonstrates evidence of student learning in relation to aspects of the achievement standards for Foundation Year Science. The primary purpose for the work sample is to demonstrate the standard, so the focus is on what is evident in the sample not how it was created. The sample is an authentic representation ...
is lesson provides a great introduction to the idea of separating mixtures and enables students to consider separation as a process that operates on macroscopic levels. Students also learn about waste management and recycling processes in Australia. The lesson provides students with an opportunity to engage in hands-on ...
In this lesson students explore slalom sports and how competitors maximise speed when completing a course. Students research different slalom sports and then share their findings with the class. Students investigate the impact of distance and friction on time to complete a course through digital and unplugged activities. ...
This series of activities investigates how members of the animal kingdom achieve flight, and how biological understandings can be combined with design and technologies concepts to support and extend student engagement with science.
In this module, students discuss the importance of water and discover effective ways of transporting it to meet personal and community needs. The module includes a comprehensive teacher guide, curriculum links, materials lists, design process guides and printable student resource sheets. The resource also provides an editable ...
In this activity, students explore how cams work, by making a crocodile with a snapping jaw. The activity includes a list of what is required, suggestions of what to do and notice, questions to ask, an explanation for the underlying science of what students observe and suggestions for other related activities.
This activity invites students to explore the phenomena of balance and investigate the question, 'Can you find at least three different ways of balancing three identical weights on a balance board?' Students work with a simple balance (e.g., a ruler as the balance board, a toilet-paper-tube fulcrum, and coins as weights), ...
This activity provides a practical introduction to the motion of projectiles with a focus on angles. It is designed as a lead in to parabolic and quadratic functions.
In this activity, students make and test a simple water-driven turbine. The activity includes a list of what is required, suggestions of what to do and notice, questions to ask, an explanation for the underlying science of what students observe and suggestions for other related activities.
In this activity, students investigate pulleys. They build and test a range of pulley systems that increase in complexity, and then describe the way the pulleys change the magnitude and direction of the forces applied and the distance over which the load is moved. The activity includes a list of what is required, suggestions ...
In this lesson students explore the dynamics of flight by examining animal adaptations and apply their learning to think like an aeronautical engineer and design their own glider
In this activity, students explore how train wheels are designed for stability on straight or curved rail. Students make two different models of train wheels from paper cups, observe how they perform on their homemade rail and compare the behaviour of their designs. The activity includes a list of what is required, suggestions ...
This module focuses on the impact of technology, particularly robots, on our everyday lives. Based on the folktale The Little Red Hen, students are encouraged to create their own automated solution to help the Little Red Hen carry her wheat. The module includes a comprehensive teacher guide, curriculum links, materials ...
This set of learning activities encourages students to consider the function of their existing school playground, how movements like sliding, swinging and spinning feature in playground equipment, and design a new piece of equipment to add to the excitement of their playground. The module includes a comprehensive teacher ...
In this activity, students investigate how some seeds have evolved to catch the wind for dispersal. Students make a paper model of a spinning seed and make observations of its motion, and are challenged to vary the spinner design and test the results. The activity includes a list of what is required, suggestions of what ...
This activity invites students to explore simple mechanical elements such as cams, levers, and linkages, while creating a moving sculpture. This activity is simple to start but may become more and more complex as students become familiar with possible motions and imagine ways to artistically decorate their contraption. ...
This activity invites students to design and make Whimsical Whirligigs, kinetic contraptions that can be powered by wind, crank, or motor. Students can create wind-powered paper creatures or machines with moving parts. A The activity includes a list of tools and materials required, assembly instructions, inspiration and ...
This activity invites students to make Cranky Contraptions, kinetic sculptures that animate a character or scene when a handle is turned. These automata are powered by a simple crank slider mechanism which provides the basic motion. Everyday materials around can be repurposed into these contraptions. The activity includes ...